The Love Of My Life - 1316 Words

I lay awake on a freezing winters night. It was as cold as an arctic snowstorm, and as dark as a planet with no sun. My eyes were open as wide as a deer’s in front of a moving vehicle. There was one thing on my mind, and one thing only, the love of my life. Her long silky hair, her smooth, tanned skin, her pristine beauty and her effervescent, god like personality were all I ever desired; She was as sweet as a honeycomb and as unique as a sparkling snowflake in a vast blizzard. Our relationship had once been absolutely immaculate, absolutely flawless; or so I believed. There was only one problem, one only; it seemed as though no matter how hard I endeavoured to fulfil her desires, I just couldn t. For I had endured thousands of long hours in the scalding heat, toiling endlessly; building prodigious mansions for men who were far more powerful than me, earning nothing but a mere pittance. However, it was worth enduring the sweet agony to win her love. I was but a lowly peasant, as common as a miniscule grain of sand in the expansive plains of the Sahara desert. My sweet darling on the other hand, was rare, rare as a diamond star that had fallen from the heavens in the dark of night, illuminating the darkness with the power of her light, for her brightness had filled that dark void that was my life. For she was the daughter of the supreme rulers of this vast land. I, on the other hand was the son of paupers; I grew up in a tiny village and my parents spent every dayShow MoreRelatedThe Love Of My Life972 Words   |  4 Pages -Part One- The love of my life ,this story made me think about my own life of many things I could relate too. Questioning my actions, leading up to my present life . I can definitely relate having three kids all out of wedlock moreover being reckless with love. Gentlemen promising me love, understanding and help when I too became pregnant. Sadly though, I did not receive what I was led on to believe I would get. When in actuality , they unlike Jeremy abandoned me. ThoughRead MoreLove Of Sports : My Love For My Life1089 Words   |  5 Pagesalways played a key role in my life. Whether I am watching basketball or baseball games on television, traveling to different NFL stadiums with my dad to root on our favorite teams on their home fields, or coaching gymnastics at the gym I spent most of my childhood in, I love every single aspect about sports. My little sister and I grew up doing gymnastics together. If we weren’t at the gym practicing, we were at home playing around on the gymnastics equipment that my parents had bought us. FromRead MoreThe Love Of My Life1083 Words   |  5 PagesWhy are teenagers falling in love in their age? Is there a specific reason? Probably, there is not a definite reason. â€Å"The love of my life’’ is the one very knowledgeable article for early age relationship peers that represent a real social problem in modern society. Jeremy and china are main character that represent teenager’s role in this article. They have an immature love in each other because they have the physical relationship by looking movie and behavior from parents, however; they don’tRead MoreThe Love Of My Life983 Words   |  4 Pagesthis is â€Å"The Love of My Life† by T.C. Boyle which illustrates the theme of weather and its connection to love. Weather always have some sort of connection with humans’ emotion regardless the person’s situation. In â€Å"The Love of My Life† the main characters Jeremy and China show their love through moments of certain weather. Explicit and dangerous weather make a perfect scene for love and cuddle. Jeremy and China get into a lot of emotion with the intense weather. In â€Å"The Love of My Life† T.C. BoyleRead MoreMy Love For Soccer, My True Love : My Life829 Words   |  4 PagesThroughout the course of my life I have always been an athletic kid, I played various sports like tennis, swimming, boxing soccer and ballet. Out of these sports, which are all unique and amazing, Ive always been the most passionate for soccer. My parents saw my love for soccer and decided to take me out of all my other sports and allow me to focus on one; with their dedication as well as mine, I have become the player I am today. I have played soccer since I was about 5 years old until now, presentRead MoreThe Love of My Life Essay1493 Words   |  6 PagesLove conquers all. That’s what we hear over and over again growing up. Everyone longs for that one amazing person to waltz into our lives and steal our hearts for the rest of eternity, but is it possible that love will be strong enough to face any problem that gets in our way? T. Coraghessan Boyle once said â€Å"As strong as love might be, there is always something stronger that could come along and shatter it† (After). T. Coraghessan Boyle was born in 1948 as Thomas John Boyle in Peekskill, New YorkRead MoreMy Love Life Essay782 Words   |  4 Pageswas early in the morning; I was pulling myself together, throwing on my shoes and dragging my self over to galactica, making my way over to the last day of school. There I was saying goodbye to all of my friends, but this time it was a little different. There wasn’t that summer atmosphere in my heart, I was ten years old and everything I knew was just about to change and I didn’t even see it coming. Planet Blathnik was about to be my past, and I’d better buckle up cause I was about to board a trainRead MoreI Love My Life1967 Words   |  8 PagesPoole- I Love My Life Dora Poole PSY 202 CGA1149A Althea Artis Dora Poole- I Love My Life I have been through a lot in my forty eight years of life. Some of the experiences have been extremely positive and others leave much to be desired. The study of Adult development theories will allow me to analyze the past and help me to describe the journey my life has taken. The combined experiences have brought me to â€Å"Love my Life† today,Read MoreThe True Love Of My Life At The Time2022 Words   |  9 Pagesmajority of my free time is spent either watching or discussing television programs, and happily so. Many of my friendships have been formed after finding that the other person was a fan of shows I’d also enjoyed. This was not always the case, however. When I was very young, TV held little interest for me. Of course, I watched some of the standard children’s shows, but the true love of my life at the time was reading. According to my mother, I took it upon myself to teach myself to read after my teacherRead MoreThe Day That Changed My Life And Love Of Volleyball1529 Words   |  7 Pages Sunday February 28th, 2015. I remember that date, as if it happened yesterday. That was the day that changed my life and love of volleyball. This was the day I got severely injured during a volleyball tournament. The day had started and gone by painfully slow. Wherever I walked throughout North High School hallways you noticed volleyball bags, blankets, coolers, food and wrappers all stuffed into a small corner that a team redeemed as their spot. When I walked back into the muggy hot gym, I could

The Virgin and Child with the Young Saint John the Baptist Free Essays

Antonio Allegio was born in Correggio, a small Lombard town near Reggio  Emilo. His birth date is unknown (Around 1489). His father was a merchant. We will write a custom essay sample on The Virgin and Child with the Young Saint John the Baptist or any similar topic only for you Order Now Otherwise,  Little is known of Correggio’s life or training. In the years 1503-1505 he apprenticed to  Francesco Bianchi Ferrara of Modena. He was influenced by the classicism of authors  like Lorenzo Costa and Francesco Francia which can be found in his early paintings.  In 1516 he was in Parma, where he became a friend of Michelangelo Anselmi,  one of the main Mannerist painters of the period. He remained in that city until 1530.  In 1519 he married Girolama Francesco di Braghetis, also of Correggio and died in 1529. In this period Correggio paints his beautiful painting â€Å"Virgin and child with the  young saint John the Baptist.† It is a painting on oil on panel Italian circa. 1494-1534.  The subject matter of the painting is John the Baptist as a child and his first  meeting of the Madonna and the Christ child. Influenced by Leonardo da Vinci is  romantic with overwhelming radiance and cool pearly colors. The expressive content of  the painting is of joy, wonder and is playful. It seems to be a happy, leisurely time for all  three   people. The young Saint John Baptist’s mood is of reverence as he bows down and  looks up at the Christ child. The lines in the painting is of a symmetrical composition  arrangement with the Madonna leaning a little toward the young saint almost welcoming  her into her arms. The matter is religious for the young saint is meeting the Christ child as well as  welcomed into the arms of the Madonna. The young Saint John the Baptist’s looks as if  he is kneeling as he looks up from below to look at the Christ child. The figures are  peasants sitting on a bench in a garden underneath a vine. The Madonna is dressed in a  beautiful pale red dress and a cloak that is a rich blue on top and green underneath. The  cloak draped over her head is folded over and falling off revealing the green underneath  on the right side of the Madonna and the blue on her left shoulder. The color is rich in texture the brush stroke smooth and one stroke. The colors  are pale, delicate, and deep bringing out the rich color in the painting. The light and cool  pearly radiant color seems to be coming from within the people as well as behind the  Madonna. The specific effect is of symmetry in relation to each other. The work is  organized to show the Madonna in the center lovingly balancing the Christ child on her  left leg as she reaches out her left arm to welcome the young Saint John the Baptist. The  Christ child is sitting on the Madonna’s left leg he is raised above the head of the young  saint and the young saint kneel and look up. The central focus is of the Madonna inthe center and her smile as well as the Christ child balancing on the Madonna’s leg. Antonia Correggio reflected the historical context of the renaissance by using  the periods work of religious themes found in the Madonna, the Christ Child and a young  John the Baptist. The painting is a stylized and idealized. His religious symbolism is  largely drawn from the work of Jacobus de Voragine (1260) He created dynamic  composition and perspective in his dramatic three-dimensional focused paintings. The  mythological perspective depicts movement, drama and diagonal composition  arrangement. You can find this movement and drama in the painting â€Å"The virgin and  child with the young saint John the Baptist† in the Madonna’s movement of her arm as  she welcomes the young Saint to join her and her son. Also, in the composition of the  three. The Madonna is in the center of the painting thereby catching the eye of the person  looking at the painting. Antonio Correggio was an enigmatic and eclectic painter. His art was a means to  reproduce life in its most persuasive domestic side. Later, he initiated a style of  sentimental elegance and conscious allure with soft gestures and captivating charm by  using imaginary spaces as a replacement for reality. He used these elements of Mannerist  and Baroque stylistic approaches found at the time of the renaissance. Antonio Correggio  is considered to this day to be one of the boldest and most inventive artist of the High  Renaissance. He was revolutionary and is still influential for subsequent artists. Works Cited http://WWW.artic.edu/aic/collections/highlight_search?acc=1965.688page= 1ArtistID=310 How to cite The Virgin and Child with the Young Saint John the Baptist, Essay examples

Software Crisis free essay sample

The term software crisis has been used since the late 1960s to describe those recurring system development problems in which software development problems cause the entire system to be late, over budget, not responsive to the user and/or customer requirements, and difficult to use, maintain, and enhance. The late Dr. Winston Royce, in his paper Current Problems [1], emphasized this situation when he said in 1991: The construction of new software that is both pleasing to the user/buyer and without latent errors is an unexpectedly hard problem. It is perhaps the most difficult problem in engineering today, and has been recognized as such for more than 15 years. It is often referred to as the software crisis. It has become the longest continuing crisis in the engineering world, and it continues unabated. This chapter describes some of the current issues and problems in system development that are caused by software—software that is late, is over budget, and/or does not meet the customers requirements or needs. Software is the set of instructions that govern the actions of a programmable machine. Software includes application programs, system software, utility software, and firmware. Software does not include data, procedures, people, and documentation. In this tutorial, software is synonymous with computer programs. Because software is invisible, it is difficult to be certain of development progress or of product completeness and quality. Software is not governed by the physical laws of nature: there is no equivalent of Ohms Law, which governs the flow of electricity in a circuit; the laws of aerodynamics, which act to keep an aircraft flying stably in the air; or Maxwells Equations, which describe the radiation of energy from an antenna. 7* 1 In addition, software is not manufactured like hardware; it does not have a production phase nor manufactured spare parts like hardware; it is typically custom-built, not assembled from existing components like hardware. Even in odays society, software is viewed with suspicion by many individuals, such as senior managers and customers, as somewhat akin to black magic. The result is that software is one of the most difficult artifacts of the modern world to develop and build. 2. Introduction to Papers The opening paper fortuitously appeared in a recent issue of Scientific American as the editors were casting about for a way to incorporate a recent rash of high-publicity software problems into the motivation for this tutorial. The paper defines and presents essentially all the major issues currently plaguing software development and maintenance. The article is popular rather than technical in the sense that it is journalistic in style and focuses on popular perceptions of software as black magic, but it raises many issues that software professionals need to be familiar with. It is also worth noting that many of the problems described are partly or largely due to nonsoftware issues such as politics, funding, and external constraints, but again the software professional needs to know that problems unrelated to software engineering must overcome if software projects are to be successful. The term software crisis not unexpectedly originated with the military, for that is where large, complex real-time software was first developed. More recently, as civilian and commercial software systems have approached and exceeded military systems in size, complexity, and performance requirements, the software crisis has occurred in these environments as well. It is noteworthy that the Scientific American article mentions military systems only peripherally. The article begins with a discussion of the highlypublicized and software-related failure of the baggage system at the new Denver International Airport. As of the date of the article, opening of the airport had been delayed four times, for almost a year, at a cost to the airport authority of over $1 million a day. Almost as visible in recent months, and also mentioned in the article, are failures of software development for the Department of Motor Vehicles (DMV) of the State of California, and for the advanced air traffic control system of the US Federal Aviation Administration (FAA). The DMV project involved attempts to merge existing, separately developed systems that managed drivers licenses and vehicle registrations. As 2 as been pointed out in the press [2], the State of California has had problems with computer projects of over $1 billion in value, and the problems resulted from the acquisition policies of the State of California (how contractors and consultants are selected and managed by the State), and from hardware-software integration difficulties, as well as from causes strictly related to software development. The article identifies the first use of the term software engineering in a 1968 conference of the NATO Science Committee in Garmisch, Germany. (See also the Bauer article in this Tutorial. Many approaches that have been proposed to improve software development are discussed; the author feels that most of these ideas have not lived up to the expectations of their originators. Also discussed is the idea that there are no silver bullets. (See the article by Brooks in this chapter. ) The Scientific American article looks favorably on the use of formal specification methods to solve the problem of software quality, and on software reuse (the ability to use a software product developed for one application again later for another application) to solve the productivity or cost problem. The Software Engineering Institutes Capability Maturity Model was also favorably mentioned (see the article by Paulk, Curtis, Chrissis, and Weber in this Tutorial) as a motivation to software developers to improve their practices. The paper reports an SEI finding that approximately 75 percent of all software developers do not have any formal process or any productivity or quality metrics. Because software development depends on an educated workforce and good communications rather than on a fixed plant of any kind, software is inherently a suitable export product for developing countries. Although the US is still strong in software design and project management, the article notes that third world countries—notably India and Far Eastern countries— are capable of producing many more lines of code per dollar. A sidebar by Dr. Mary Shaw provides a view of software engineerings history, and of how that history may serve as a roadmap for software engineerings future. Finally, the paper urges education of computer science students in software engineering as an essential step toward resolving the software crisis. The second and last article in this chapter, No Silver Bullets: Essence and Accidents of Software Engineering, is by Fred Brooks, one of the legendary figures in software engineering. He has been called the father of software engineering project management in the United States. He worked at IBM in the 1960s and was the software project manager for the OS/360 operating system. This paper, which he wrote in 1987, states that no single technique exists to solve the software crisis, that there is no silver bullet. The easy problems (accidents) have been solved and the remaining difficulties are essential. He views the solution to the software crisis as a collection of many software engineering tools and techniques that, used in combination, will reduce or eliminate software problems. Although Brooks sees no single solution to the software crisis, no single technology or management technique, he does see encouragement for the future through disciplined, consistent efforts to develop, pro pagate, and exploit many of the software tools and techniques that are being developed today. In a report, also written in 1987 [3], Brooks states his belief that most software development problems of the US Department of Defense are managerial rather than technical. ) Brooks believes the hard part of building software is the specification and design of a system, not the coding and testing of the final product. As a result, he believes that building software will always be hard. There is no apparent simple solution. Brooks describes the three major advances in software development as: †¢ †¢ The use of high level languages The implementation of time-sharing to improve the productivity of programmers and the quality of their products Unified programming environment Brooks also cites the Ada language, objectoriented programming, artificial intelligence, expert systems, and automatic programming (automated generation of code from system specification and design) as technologie s with the potential for improving software. From the perspective of another eight years, the Al-related technologies for the most part have yet to fulfill the potential that Brooks saw for them in 1987. A central nervous system of some 100 computers networked to one another and to 5,000 electric eyes, 400 radio receivers and 56 bar-code scanners orchestrates the safe and timely arrival of every valise and ski bag. At least that is the plan. For nine months, this Gulliver has been held captive by Lilliputians—-errors in the software that controls its automated baggage system. Scheduled for takeoff by last Halloween, the airports grand opening was postponed until December to allow BAE Automated Systems time to flush the gremlins out of its $193-million system. December yielded to March. March slipped to May. In June the airports planners, their bond rating demoted to junk and their budget hemorrhaging red ink at the rate of $1. 1 million a day in interest and operating costs, conceded that they could not predict when the baggage system would stabilize enough for the airport to open. To veteran software developers, the Denver debacle is notable only for its visibility. Studies have shown that for every six new large-scale software systems that are put into operation, two others are canceled. The average software development project overshoots its schedule by half; larger projects generally do worse. And D some three quarters of all large systems are operating failures that either do not function as intended or are not used at all. The art of programming has taken 50 years of continual refinement to reach this stage. By the time it reached 25, the difficulties of building big software loomed so large that in the autumn of 1968 the NATO Science Committee convened some 50 top programmers, computer scientists and captains of industry to plot a course out of what had come to be known as the software crisis. Although the experts could not contrive a road map to guide the industry toward firmer pound, they did coin a name for that distant goal: software engineering, now defined formally as the application of a systematic, disciplined, quantifiable approach to the development, operation and maintenance of software. A quarter of a century later software engineering remains a term of aspiration. The vast majority of computer code is still handcrafted from raw programming languages by artisans using techniques they neither measure nor are able to repeat consistently. Its like musket making was before Eli Whitney, says Brad J. Cox, a professor at George Mason University. Before the industrial revolution, there was a nonspecialized approach to manufacturing goods that involved very little interchangeability and a maximum of craftsmanship. If we are ever going to lick this software crisis, were going to have to stop this hand-to-mouth, every-progranrnier-biiflds-everything-from-theground-up, preindustrial approach. The picture is not entirely bleak. Intuition is slowly yielding to analysis as programmers begin using quantitative measurements of the quality of the software they produce to improve Softwares Chronic Crisis by W. W. Gibbs from Scientific American, Sept. 1994, pp. 86-95. Reprinted with permission. Copyright  © 1994 by Scientific American, Inc. All rights reserved. 4 the way they produce it. The mathemat- bedded in light switches, youve got to ical foundations of programming are get the software right the first time besolidifying as researchers work on ways cause youre not going to have a chanc e of expressing program designs in alge- to update it, says Mary M. Shaw, a probraic forms that make it easier to avoid fessor at Carnegie Mellon. serious mistakes. Academic computer The amount of code in most conscientists are starting to address their sumer products is doubling every two failure to produce a solid corps of soft- years, notes Remi H. Bourgoi^Jon, diware professionals. Perhaps most im- rector of software technology at Philips portant, many in the industry are turn- Research Laboratory in Eindhoven. Aling their attention toward inventing the ready, he reports, televisions may contechnology and market structures need- tain up to 500 kilobytes of software; an ed to support interchangeable, reusable electric shaver, two kilobytes.